Sarang Birwadkar Portfolio

(313) 467-9078
bsarang@umich.edu
Dearborn, MI 48126

ABOUT ME
CATIA V5 SOLIDWORKS AutoCAD Keyshot ANSYS STAR CCM+ MATLAB SIMSCALE
5 years 4 years 3 years 4 years 3 years 3 years 1 year 1 year
CANVA
5 years
GD&T, Sheet Metal Design, 3D Forms & Shapes, Wireframe & Surface Design, Machine Design and Vehicle System assemblies, 2D Engineering Drawing, 3D CAD Modelling & Rendering,
FEA Static Structural, Dynamic & Composites), CFD, Topology Optimization, CAE / CAM | DFMEA | Machining / Fabrication / Prototyping | Product Design and Rendering

DUCATION
EDUCATION
COLLEGE OF ENGINEERING AND COMPUTER SCIENCE
MICHIGAN, USA
Intake: Fall 2023
Summer: April 16, 2024
Exp. Grad: April 2025
MSE in Automotive and Mobility Systems Engineeing
AENG 500: Automobile - An Integrated System
AENG 545: Vehicle Ergonomics
ME 589: Composite Materials
AENG 517: Vehicle Mobility Systems
AENG 581: Material Selections in Automotive Design
AENG 589: Automotive Assembly Systems

DUCATION
EDUCATION
SARDAR PATEL COLLEGE OF ENGINEERING
MUMBAI, IN
Intake: Fall 2018
Graduated: July 2022
B.TECH in Mechanical Engineering
Automobile Engineering
Design of Machines and Mechanical Systems
CAD/CAM/CIM
Engineering Drawing
Machine Design
Innovation in Design Thinking

NTERNSHIP
INTERNSHIP

INTERNSHIP
22
currently running in club cars,
shuttles, forklifts, tractors,
and more...
Battery packs
designed and DElivered
72V
51V
24V
AIS Safety
Standard approved
12V
48V
30 MM100Ah
23 MM
27 MM
200Ah
300Ah
Designed on:
SOLIDWORKS

FSAE
SPCE RACING
ELECTRIC
OFFICIAL FORMULA STUDENT CLUB
of Sardar Patel College of Engineering, Mumbai.
BEFORE
Render
/spceracing
#WeEVolved

FSAE
SPCE RACING
ELECTRIC
OFFICIAL FORMULA STUDENT CLUB
of Sardar Patel College of Engineering, Mumbai.
Head of Aerodynamics Department
Composite Bodyworks Engineer
Head of Marketing and Creatives Department
Vehicle Dynamics Engineer
Rendered on:
KEYSHOT
/spceracing
#WeEVolved

ORMULA S
FSAE PROJECT
AERODYNAMICS
ENGINEERING AND DESIGN
Designed on:
CATIA
Aerodynamic Undertray with Diffuser
3-element Side Wings

ORMULA S
FSAE PROJECT
AERODYNAMICS
COMPUTATIONAL FLUID DYNAMICS
comparison of pressure distribution and
drag force over different nose cones
Years Drag (N) Cd
2020 178.48 0.94
2021 64.46 0.44
Simulated on:
STAR CCM+ & SIMSCALE

ROJECTS
DESIGN OF MACHINES & MECHANICAL SYSTEMS ACADEMIC PROJECTS
RELEVANT PROJECTS
Fiber Composite
body panels
Vehicle Upright
assembly (Knuckle)
Collaborated on design & Rendered on:
CATIA & KEYSHOT

ROJECTS
FORMULA STUDENT VEHICLE ACCUMULATOR
RELEVANT PROJECTS
Collaborated on design & Rendered on:
SOLIDWORKS & KEYSHOT

ROJECTS
FORMULA STUDENT VEHICLE ACCUMULATOR
RELEVANT PROJECTS
Collaborated on design & Rendered on:
SOLIDWORKS & KEYSHOT

ROJECTS
DESIGN OF MACHINES & MECHANICAL SYSTEMS ACADEMIC PROJECTS
RELEVANT PROJECTS
Drivetrain Assembly
MOTOR AND DT Assembly
Just Rendered on:
KEYSHOT
PEDAL BOX Assembly

ROJECTS
DESIGN OF MACHINES & MECHANICAL SYSTEMS ACADEMIC PROJECTS
RELEVANT PROJECTS
WIRE CRIMPING TOOL
MECHANISM
Designed & Rendered on:
CATIA & KEYSHOT
TWO STAGE REVERTED
HELICAL GEAR BOX

ROJECTS
DESIGN OF MACHINES & MECHANICAL SYSTEMS ACADEMIC PROJECTS
RELEVANT PROJECTS
Just Rendered on:
KEYSHOT
TWO STAGE REVERTED
HELICAL GEAR BOX

ORMULA S
FSAE PROJECT
ERGONOMICS
TESTING RIG
WOODEN ADJUSTABLE ERGONMIC TEST RIG
95th percentile male or
Percy placement rule

ROJECTS
DESIGN INTERNSHIP NANOSNIFF TECHNOLOGIES PVT. LTD.
RELEVANT PROJECTS
Designed on:
CATIA
Microheater and temperature sensor
integrated mass flow sensor chip enclosure

ROJECTS
B.TECH PROJECT DESIGN AND OPTIMIMZATION OF CHOPPED CF WHEEL RIMS
RELEVANT PROJECTS
Simulated on
ANSYS
UTM flexural testing/validation
ANSYS flexural simulation
Simulating force constraints
on a bump
other scenarios considered:
- acceleration
- braking
- turning
- braking on turning
Topology Optimization
Static Structural FEA

ROJECTS
B.TECH PROJECT DESIGN AND OPTIMIMZATION OF CHOPPED CF WHEEL RIMS
RELEVANT PROJECTS
Tested on:
UTM
COMPRESSION TEST
(ASTM D695 test specimen)
FLEXURAL TEST
(3 point bend-test)
(ASTM D790 test specimen)
TENSILE TEST
(ASTM D638 test specimen)

ROJECTS
AENG 545: VEHICLE ERGONOMICS CONTROLS AND DISPLAYS EVALUATION

ROJECTS
AENG 545: VEHICLE ERGONOMICS CONTROLS AND DISPLAYS EVALUATION

ROJECTS
AENG 545: VEHICLE ERGONOMICS
CONTROLS AND DISPLAYS EVALUATION
#9B9B9B

ROJECTS
AENG 545: VEHICLE ERGONOMICS
CONTROLS AND DISPLAYS EVALUATION
#9B9B9B

ROJECTS
AENG 545: VEHICLE ERGONOMICS CONTROLS AND DISPLAYS EVALUATION

ROJECTS
AENG 545: VEHICLE ERGONOMICS CONTROLS AND DISPLAYS EVALUATION
Prepared checklist of 1000+ questions evaluating 20+ controls and displays

ROJECTS
AENG 545: VEHICLE ERGONOMICS
CONTROLS AND DISPLAYS EVALUATION
#9B9B9B

ROJECTS
RELEVANT PROJECTS
AENG 500: AUTOMOTIVE INTEGRATED SYSTEMS
VEHICLE BENCHMARKING

ROJECTS
RELEVANT PROJECTS
AENG 500: AUTOMOTIVE INTEGRATED SYSTEMS
MARKET SEGMENT ANALYSIS

ROJECTS
RELEVANT PROJECTS
AENG 500: AUTOMOTIVE INTEGRATED SYSTEMS
VEHICLE BENCHMARKING & PUGH

ROJECTS
RELEVANT PROJECTS
AENG 500: AUTOMOTIVE INTEGRATED SYSTEMS
QUALITY FUNCTION DEPLOYMENT

ROJECTS
RELEVANT PROJECTS
AENG 500: AUTOMOTIVE INTEGRATED SYSTEMS
VEHICLE PROGRAM TIMELINE PLANNING

ROJECTS
AENG 545: VEHICLE ERGONOMICS DRIVER SEAT PACKAGE EVALUATION
RELEVANT PROJECTS

RELEVANT PROJECTS
AENG 545: VEHICLE ERGONOMICS DRIVER SEAT PACKAGE EVALUATION

RELEVANT PROJECTS
AENG 545: VEHICLE ERGONOMICS DRIVER SEAT PACKAGE EVALUATION
10+ subjects surveyed, 7+ comfort seating parameters evaluated on 1-5 rating scale

ROJECTS
AENG 545: VEHICLE ERGONOMICS DRIVER SEAT PACKAGE EVALUATION
RELEVANT PROJECTS

ROJECTS
AENG 545: VEHICLE ERGONOMICS HEADLIGHT: NIGHT VISIBILITY OF PEDESTRIANS

ROJECTS
AENG 545: VEHICLE ERGONOMICS HEADLIGHT: NIGHT VISIBILITY OF PEDESTRIANS

ROJECTS
AENG 545: VEHICLE ERGONOMICS HEADLIGHT: NIGHT VISIBILITY OF PEDESTRIANS

ROJECTS
AENG 545: VEHICLE ERGONOMICS HEADLIGHT: NIGHT VISIBILITY OF PEDESTRIANS
Over 108 photos analyzed

ROJECTS
AENG 545: VEHICLE ERGONOMICS HEADLIGHT: NIGHT VISIBILITY OF PEDESTRIANS
18 scenarios taken into consideration comparing 36 different pedestrian positions
for both Low Beam and High Beam

ROJECTS
AENG 545: VEHICLE ERGONOMICS HEADLIGHT: NIGHT VISIBILITY OF PEDESTRIANS

SARANG BIRWADKAR
(313) 467-9078
bsarang@umich.edu
Dearborn, MI 48126
*mail correspondence preferred over call